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Chemistry World

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12 Stories Indexed
Last Updated: Just Now
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Clean Energy & Climate Transition 27 Oct 2026, 08:00 PM IST

Bacteria Found to Build Conductive Metal–Organic Frameworks, Opening a New Route for Clean-Energy Materials

Scientists have discovered that bacteria can synthesise metal–organic frameworks, or MOFs, with unusually high electrical conductivity, a finding that could reshape how advanced materials are made for energy storage, sensing and climate technologies. The work points to a biologically driven manufacturing route that may be cleaner, cheaper and more scalable than conventional chemical synthesis.

By RDU Global Wire5 min read
Clean Energy & Climate TransitionJust now (07:09 AM IST)

NMR Spectroscopy’s Next Act: From Foundational Science to Hyperpolarised Climate Tools

Nuclear magnetic resonance spectroscopy, long regarded as a cornerstone of molecular science, is entering a new phase shaped by hyperpolarisation and broader industrial relevance. In the context of clean energy and climate transition, the technique is increasingly being viewed not just as an analytical method, but as a platform that could accelerate materials discovery, catalysis research, and carbon-focused innovation.

5 min readRead →
Clean Energy & Climate TransitionJust now (01:08 AM IST)

NMR Spectroscopy’s Next Act: From Foundational Science to Hyperpolarised Climate Tools

Nuclear magnetic resonance spectroscopy, long regarded as a cornerstone of analytical chemistry, is entering a new phase shaped by hyperpolarisation and broader industrial ambition. As researchers push the technique beyond laboratory fundamentals, its relevance is expanding into materials discovery, energy systems and climate-linked innovation.

6 min readRead →
Clean Energy & Climate TransitionJust now (09:42 PM IST)

NMR Spectroscopy’s Next Act: From Foundational Science to Hyperpolarised Climate Tools

Nuclear magnetic resonance spectroscopy, long prized as a precision tool for chemistry and materials science, is entering a new phase shaped by hyperpolarisation, faster instrumentation and broader industrial relevance. As researchers push the technique beyond the laboratory, its potential to accelerate clean-energy materials discovery and climate-linked chemistry is drawing renewed attention.

5 min readRead →
Clean Energy & Climate TransitionJust now (07:06 PM IST)

Blood Pressure Enzyme Found to Make Sulfur Rings in Cells, Opening New Antioxidant Pathway

Scientists have identified an unexpected second function for an enzyme long associated with blood pressure control: it helps generate elemental sulfur rings inside mammalian cells. The finding points to a previously unrecognized antioxidant defense system that could reshape understanding of cellular stress biology, redox chemistry and disease pathways tied to oxidative damage.

5 min readRead →
Clean Energy & Climate Transition27 Oct 2026, 08:00 PM IST

Neutrinos Move From Physics to Climate Tech’s Edge

A new wave of public attention around neutrinos, driven by Nobel Prize-winning research and fresh explainers from major outlets, is putting one of nature’s most elusive particles back in the spotlight. While the science is fundamental, the implications extend beyond academia, reinforcing the role of Antarctic observatories and advanced detectors in the broader clean-energy and climate-tech ecosystem.

5 min readRead →
Clean Energy & Climate Transition27 Oct 2026, 04:34 PM IST

Tiny Ancient Chemical Shift May Explain Why Life Emerged on Earth

A new scientific interpretation suggests that a subtle chemical change more than 4 billion years ago may have helped set the stage for life on Earth. The finding adds weight to the idea that planetary habitability can hinge on small molecular differences with enormous long-term consequences.

5 min readRead →
Clean Energy & Climate Transition25 Oct 2026, 08:00 PM IST

NASA’s Bennu Samples Expose a 4.5-Billion-Year-Old Solar System Crossroads

NASA’s analysis of asteroid Bennu samples is revealing a rare record of the early solar system, including evidence that material from the inner and outer regions likely mixed at a formative crossroads more than 4.5 billion years ago. The findings deepen scientific understanding of how planetary building blocks were assembled and may refine models of water delivery, mineral formation, and the conditions that shaped Earth’s earliest chemistry.

6 min readRead →
Clean Energy & Climate Transition24 Oct 2026, 02:00 PM IST

Planetary Mineral Study Shows Pressure Direction Can Change Material Behavior, With Implications for Clean Energy Materials

A new study highlighted by Phys.org suggests that a mineral found deep inside planets behaves differently depending on how it is compressed, not just how much pressure it experiences. The finding could sharpen scientific understanding of Earth’s interior and help researchers design tougher materials for energy and climate technologies that must withstand extreme conditions.

5 min readRead →
India Entertainment & Culture22 Oct 2026, 08:00 PM IST

‘The Diplomat’ Season 4 Review: Keri Russell and Rufus Sewell Keep the Power Game Electrifying

Season 4 of Netflix’s political thriller ‘The Diplomat’ sustains its sharpest asset: the volatile chemistry between Keri Russell and Rufus Sewell. With polished tailoring, bruising dialogue and a widening circle of personal and geopolitical pressure, the series continues to turn elite diplomacy into high-stakes emotional theatre.

6 min readRead →
Clean Energy & Climate Transition22 Oct 2026, 05:00 PM IST

Lost Schrödinger Manuscript Reframes Quantum Theory’s Early History

A newly recovered manuscript by Erwin Schrödinger is prompting fresh scrutiny of one of quantum physics’ foundational ideas, with implications that extend beyond history into how scientists interpret the theory today. The document suggests Schrödinger was wrestling with questions that could sharpen, rather than merely celebrate, the standard account of quantum mechanics’ development.

6 min readRead →
Clean Energy & Climate Transition21 Oct 2026, 08:00 PM IST

Earth’s Poles Shifted Four Times, Reframing the Planet’s Deep-Time Climate Story

A new study suggests Earth’s true north and south poles have wandered dramatically four times over the past 320 million years, adding a fresh layer to scientists’ understanding of the planet’s long-term geologic and climatic evolution. The findings do not imply a sudden modern catastrophe, but they do sharpen the scientific picture of how Earth’s rotation, mantle dynamics and surface systems can change over immense spans of time.

6 min readRead →

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